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Tilapia Aquaculture (Oreochromis niloticus) by Using Minapadi System: Budidaya Ikan Nila (Oreochromis niloticus) Dengan Menggunakan Sistem Minapadi Kristiana, Indra; Prama, Ega Aditya; Amir, Gusti Nu’man; Akbarurrasyid, Muhammad; Sofian, Achmad; Astiyani, Wahyu Puji; Sudinno, Dinno; Prajayati, Vini Taru Febriani; Pietoyo, Atiek; Tarigan, Rani Rehulina; Syah, Irvan Firman
Dinamisia : Jurnal Pengabdian Kepada Masyarakat Vol. 7 No. 6 (2023): Dinamisia: Jurnal Pengabdian Kepada Masyarakat
Publisher : Universitas Lancang Kuning

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31849/dinamisia.v7i6.15253

Abstract

High tilapia production indicates high demand,therefore it is necessary to produce tilapia in a sustainable manner. Sustainable tilapia production can be fulfilled through fish farming activities with various aquaculturemethods and systems. One of the integrated systems of tilapia aquaculturecan becarried out through minapadisystem.This community service activity (PKM) aims to increase the productivity of paddy fields so that they can be utilized for the production of agricultural products and for fish production through the minapadi aquaculturesystem in Karangkamulyan Hamlet, Cintakarya, Parigi, Pangandaran. The stages of this activity include: (i) planning and presentation of tilapia aquacultureusing the minapadi system; (ii) creating a minapadi system that integrates tilapia aquaculturewith rice; (iii) monitoring the growth of cultivated tilapia fish; and (iv) evaluation of activities related to the perceptions of the target community and the results of monitoring the growth of tilapia cultivated using the minapadi system. The results of monitoring fish growth obtained an absolute weight of 65,86 grams, while an absolute length of 7,86 cm and a specific growth rate of 3,84% per day. The results of monitoring water quality during maintenance were obtained, pH value 7 –7,9; temperature (26-34)oC and DO values (3,1 –11,3) mg/l. The results of monitoring and evaluation can be concluded that Cintakarya Village, which is included in the Parigi District, has the potential to develop tilapia aquaculturewith the minapadi system. This is shown by the enthusiasm of the cultivators while participating in PKM activities and being supported by natural resources that are suitable for the aquacultureof the minapadi system
STRATEGI BERBASIS SWOT UNTUK MENINGKATKAN BIOSEKURITI PADA PERUSAHAAN IMPORTIR IKAN KOI (Cyprinus carpio) Syah, Irvan Firman; Akbarurrasyid, Muhammad; Pietoyo, Atiek; Aldiansyah, Rafli; Priyana, Rico
Jurnal Salamata Vol 7, No 2 (2025): Desember 2025
Publisher : Politeknik Kelautan dan Perikanan Bone

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.15578/salamata.v7i2.18182

Abstract

Implementasi biosekuriti dalam akuakultur merupakan komponen kunci dalam produksi ikan yang sehat, efisien, ramah lingkungan dan berkelanjutan. Biosekuriti dapat dijadikan perangkat manajerial praktis dalam meminimalisir kejadian wabah penyakit pada industri budidaya. Penelitian ini bertujuan untuk menganalisis implementasi biosekuriti pada perusahaan yang bergerak di bidang impor ikan Koi (Cyprinus carpio). Ruang lingkup penelitian meliputi observasi dan wawancara pemangku kepentingan aspek input, proses maupun output produksi. Selain observasi, pada penelitian ini dilakukan analisis SWOT untuk perbaikan kinerja penerapan biosekuriti. Analisis SWOT dilakukan melalui identifikasi faktor internal (kekuatan dan kelemahan), identifikasi faktor eksternal (peluang dan ancaman) penyusunan Matriks SWOT dan perumusan strategi. Hasil analisis tersebut dapat dijadikan panduan dalam pengambilan keputusan penggunaan strategi efektif dalam pencapaian tujuan perusahaan. Berdasarkan hasil penelitian, perusahaan telah mengimplementasikan biosekuriti sesuai dengan Standar Nasional Indonesia maupun Cara Karantina Ikan yang Baik dalam manajemen akses, manajemen kesehatan ikan, sanitasi dan hygiene serta pengelolaan limbah. Hasil analisis SWOT menunjukkan nilai kumulatif kekuatan dan kelemahan pada sumbu Y sebesar +1,78 sedangkan nilai kumulatif peluang dan ancaman pada sumbu X sebesar 0,84. Nilai tersebut mengindikasikan implementasi biosekuriti perusahaan berada berada pada kuadran 1 (growth oriented strategy). Hal ini mendorong penggunaan strategi agresif dengan memanfaatkan kekuatan internal dan peluang eksternal agar kesehatan ikan optimal, produktivitas meningkat, berdaya saing dan berkelanjutan. Implementasi biosekuriti memerlukan perbaikan dalam aspek peningkatan kompetensi personel, pengembangan laboratorium diagnostik dan penggunaan desinfektan yang lebih aman serta ramah lingkungan.Aquaculture biosecurity practices are a key component in healthy, efficient, environmentally friendly, and sustainable fish production. Biosecurity can be used as a practical managerial tool to minimize the occurrence of disease outbreaks in the aquaculture industry. This study was undertaken to analyze the biosecurity practices in a distributor of imported Koi fish (Cyprinus carpio) company. The scope of the research includes observation and stakeholder interviews regarding input, process and production output aspects. In addition to observations, this study conducted a SWOT analysis to improve biosecurity practices performance. The SWOT analysis was conducted by identifying internal factors (strengths and weaknesses), identifying external factors (opportunities and threats), compiling a SWOT Matrix, and formulating a strategy. Based on the research results, the company has implemented biosecurity in accordance with the Indonesian National Standards and Good Fish Quarantine Practices in access management, fish health management, sanitation and hygiene, and waste management. The SWOT analysis results show a cumulative value of strengths and weaknesses on the Y-axis is +1.78, while the cumulative value of opportunities and threats on the X-axis is 0.84. These values indicate that the company’s biosecurity practices are in quadrant 1 (growth-oriented strategy). This encourages the use of an aggressive strategy by leveraging internal strengths and external opportunities to optimize fish health, increase productivity, and achieve competitiveness and sustainability. Biosecurity practices require improvements in personnel competency, the development of diagnostic laboratories, and the use of safer and more environmentally friendly disinfectants.